基於 ASME B31J 規範之發電廠高能管線降解與防護：銲接彎頭與冷作彎管之比較分析 (Degradation and Protection of High-Energy Piping in Power Plants Based on ASME B31J: A Comparative Analysis of Welded Elbows and Cold-Bent Pipes)
一、 摘要與研究背景 / 1. Abstract and Research Background 在現代複循環
ASME B31J 導入對高溫高壓動力管線（B31.1）與製程管線（B31.3）疲勞壽命評估之差異與應對策略研究 (Research on the Differences in Fatigue Life Assessment and Response Strategies for High-Temperature and High-Pressure Power Piping (B31.1) and Process Piping (B31.3) under the Implementation of ASME B31J)
一、 緒論 / I. Introduction 在全球能源轉型的宏觀視角下，燃氣複循環發電廠（Combined
ASME 規範變革下的P9x高能管線工程：銲接錯邊與內突成因分析暨冷作彎管防護策略 (P9x High-Energy Piping Engineering under ASME Code Evolution: Analysis of Welding Misalignment and Root Sag with Protective Strategies using Cold Bends)
一、 緒論 / 1. Introduction 在當代先進的超臨界（Supercritical, SC）與超超
基於 ASME B31J 規範之高能管線紊流與沖蝕腐蝕對比研究——內突銲道與冷作彎管之探討 (Comparative Study on Flow Turbulence and Erosion-Corrosion in High-Energy Piping based on ASME B31J: Investigating Weld Root Protrusions and Cold Bends)
摘要 / Abstract 現代複循環發電廠（Combined Cycle Power Plant, CCPP
複循環發電廠 316L 輔助蒸汽系統之熱膨脹應力異常解析、冷作彎管改良與 ASME B31J 實務應用 (Analysis of Thermal Expansion Stress Anomalies, Cold-Bent Piping Modification, and Practical Applications of ASME B31J in 316L Auxiliary Steam Systems of CCPPs)
摘要 / Abstract 在全球能源轉型與再生能源佔比急遽攀升的背景下，複循環發電廠（Combined Cy
基於2026 ASME B31J規範之P91/P92/P93高壓蒸汽高能管線應力解耦、三合一工法最佳化與未來數位化演進深度研究 (In-Depth Study on Stress Decoupling, Three-in-One Method Optimization, and Future Digital Evolution of P91/P92/P93 High-Pressure High-Energy Steam Piping Based on 2026 ASME B31J Code)
摘要 / Abstract 隨著全球能源轉型腳步加快，火力發電領域正朝向超超臨界（Ultra-Supercri
基於 IGC 規範之 LNG 運輸船甲板管系預製優化：冷作彎管對降低 NDT 檢驗成本與洩漏風險之經濟效益分析 (Optimization of LNG Carrier Deck Piping Prefabrication Based on IGC Code: Economic Benefit Analysis of Cold Bending Technology in Reducing NDT Costs and Leakage Risks)
一、 緒論與研究背景 / I. Introduction and Research Background 在現
「以彎代銲」取代傳統電銲彎頭於 CCPP 高能管線之綜合效益評估：應力衰減、HAZ 消除與營運風險控管 (Comprehensive Benefit Assessment of Replacing Traditional Welded Elbows with “Bend Rather Than Weld” in CCPP High-Energy Piping: Stress Attenuation, HAZ Elimination, and Operational Risk Control)
摘要 / Abstract 在全球能源轉型的宏觀背景下，再生能源（如風力、太陽能）的高佔比與間歇性特質，促使現
2026 ASME 規範下複循環發電廠先進耐熱鋼（P91/P92/P93）高能管線工法最佳化：銲接潛變破裂機制、3D/5D 冷作彎管流固耦合與全數位化品質控制之深度研究 (Optimization of Advanced Heat-Resistant Steel (P91/P92/P93) High-Energy Piping Methods in CCPP under 2026 ASME Codes: In-Depth Research on Welding Creep Rupture Mechanisms, 3D/5D Cold Bending Fluid-Structure Interaction, and Fully Digital Quality Control)
前言 / Introduction 在當前全球能源轉型與電網極端負載調度需求日益嚴苛的趨勢下，現代複循環發電廠